Engineer - Simulation (R&D)
Salary undisclosed
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- Autonomously perform analysis of technical problems based on scientific approaches, give advice to project teams regarding questions in the area of expertise.
- Analyze, determine, and identify cause-effect relationship and functional parameters of a system.
- Analyze system throughput bottleneck and propose design improvements.
- Successful participation in DFR training, and support project team to prepare contents based on DfR approach.
- Perform measurement and testing for simulation correlation.
- Communicate and collaborate simulation/DfR activities internally & externally.
- Development of simulation & design standards, sharing best practices and guidelines to ensure synergy.
- Create and maintain simulation models, results, WI, Lesson-Learn and other technical documentation.
- Follow project schedule according to product development process.
- Successful participation in BES-PE training, and apply content-driven engineering (follow BES-PE principles).
- Apply all processes according to valid PT and Bosch procedures as published in BGN.
- Support and take over special tasks as assigned by superior.
Qualifications:
- Bachelor degree, Master Degree or PhD in Mechanical Engineering, Mechanics, Aerospace Engineering, Automotive Engineering, or a closely related field.
- Experience in performing experimental testing and statistics analysis for correlation with simulation.
- Proof of expertise by past working projects and/or scientific/academic papers publications and/or company internal presentations.
- Exposure to product and component design (plastic/metal housing and machine element).
- Exposure to plastic and metal manufacturing process (injection molding, die casting, sintering, forging, machining, heat treatment).
- Exposure to Product Development Process.
- Exposure tin international project teams communicating in English.
- Competent in CAD software, preferably Creo.
- Competent in simulation software, preferably Abaqus, CFX, FloEFD, Hyperworks, MSC ADAMS, Maxwell.
- Competent in programming languages, preferably FAMOS, MATLAB, Python, R, VBA.
- PC applications: Excel, Word, PowerPoint.
- Autonomously perform analysis of technical problems based on scientific approaches, give advice to project teams regarding questions in the area of expertise.
- Analyze, determine, and identify cause-effect relationship and functional parameters of a system.
- Analyze system throughput bottleneck and propose design improvements.
- Successful participation in DFR training, and support project team to prepare contents based on DfR approach.
- Perform measurement and testing for simulation correlation.
- Communicate and collaborate simulation/DfR activities internally & externally.
- Development of simulation & design standards, sharing best practices and guidelines to ensure synergy.
- Create and maintain simulation models, results, WI, Lesson-Learn and other technical documentation.
- Follow project schedule according to product development process.
- Successful participation in BES-PE training, and apply content-driven engineering (follow BES-PE principles).
- Apply all processes according to valid PT and Bosch procedures as published in BGN.
- Support and take over special tasks as assigned by superior.
Qualifications:
- Bachelor degree, Master Degree or PhD in Mechanical Engineering, Mechanics, Aerospace Engineering, Automotive Engineering, or a closely related field.
- Experience in performing experimental testing and statistics analysis for correlation with simulation.
- Proof of expertise by past working projects and/or scientific/academic papers publications and/or company internal presentations.
- Exposure to product and component design (plastic/metal housing and machine element).
- Exposure to plastic and metal manufacturing process (injection molding, die casting, sintering, forging, machining, heat treatment).
- Exposure to Product Development Process.
- Exposure tin international project teams communicating in English.
- Competent in CAD software, preferably Creo.
- Competent in simulation software, preferably Abaqus, CFX, FloEFD, Hyperworks, MSC ADAMS, Maxwell.
- Competent in programming languages, preferably FAMOS, MATLAB, Python, R, VBA.
- PC applications: Excel, Word, PowerPoint.